The availability of the latest product information on publicly accessible websites can be an important first step in improving patient safety and trust in medicines and can help accelerate the transformation process from paper labelling to e-labelling. Improved accessibility on public websites enhances user experience by improving navigation around the product information, can increase understanding of the correct usage of medicines and gives better familiarity with the safety and efficacy profile of the drug compared to more conventional printed labelling materials.
The product information (the “labelling”) is a key component of the submitted dossier but also a crucial communication tool. A variety of formats (paper, electronic) and types (patient, HCP) are distributed according to national requirements. It is also a critical risk minimisation measure communicating benefit/risk and usage instructions
Depending on the country, the pack may contain Healthcare Professional Information (e.g. U.S., Japan and India) or patient information (e.g. EU); in Asia, most commercial packs contain labelling targeted at HCPs.
Much of the focus in regards to labelling has so far been around negotiation of the content and maintenance of the product information post-approval. Little attention has been paid to how the label is being accessed, used, understood and adhered to in real life. With digital the focus is now moving towards the “customer experience”.
When we refer to e-Labelling we really refer to a list of mandatory or optional implementations:
e-Labelling can improve:
Concerns:
The Marketing Authorisation Holder (in cooperation with a wholesaler, if needed) needs to provide a paper copy of the product leaflet upon request, specifically they are required to:
They main tasks companies need to implement for an e-Labelling implementation are:
Protect and preserve products during transportation, storage and distribution from initial containment to the end of the product consumption.
A Packaging Risk Assessment is a MUST Prior to any e-labelling implementation.
In 2022 the MHLW and the PMDA carried out a survey focused on, among others, the impact of the digitisation of package inserts, the main results from this survey are:
In Thailand, the Thai FDA has officially announced e-labeling has been fully implemented for new registration via e- submission since June 23, 2023. e-labelling implementation is mandatory for new registration application submitted after the announced date. Accessibility code such as QR code should be indicated on the product carton. Once the accessibility code is scanned, the product information for HCPs and patients are available as the PDF files from the Thai FDA website. Paper labelling for HCPs can be removed due to the e-labelling implementation, but PIL is required for physical labelling.
In Singapore, HSA published HCP and patient labelling on their website, but their website is not used in connection with e-Labelling pilot study. The finalised guidance on e-labelling of Therapeutic Products* has been published and has taken effect from April 30, 2021. It is voluntary for companies to implement e-Labelling where physical labels need not to be distributed with the pack. Some companies have started e-Labelling pilot studies using QR codes and Data Matrix codes linking the pack to the PI.
In Malaysia, both HCP and patient labelling are published on Malaysia HA (NPRA) website. NPRA issued the Guideline on Electronic Labelling (e-Labelling) for Pharmaceutical Product in April 2023 and it was effective since May 1, 2023. E-labelling is defined as the provision of an approved product information that includes the package insert (PI) and/or Consumer Medication Information Leaflet (RiMUP) electronically via a machine readable Quick Response (QR) code on the outer carton/inner label of the product that links to the NPRA QUEST system.
In Indonesia, BPOM issued the Guidance on Implementation of e-Labelling pilot project on September 14, 2023. In the Pilot Project, e-labeling will be available on BPOM website via serialisation Barcode (QR or GS1 data matrix). BPOM mobile app will be used for e-Labelling purpose too. In Indonesia, GS1 data matrix has been implemented for serialisation purpose for some products, for which BPOM has already developed a mobile app and the function of e-Labelling will be added. Paper labels can be removed. The pilot project will last for 2 years.
Having labelling information available as .doc (Word) or .pdf file is restrictive as these are “unstructured” formats. These files cannot be used “digitally” and do not allow for full exploitation of the possibilities offered by moving to a more web-friendly format.
Moving to a "structured format" like eLeaflet or HL7FHIR will offer a number of advantages: